Last week I was on a conference call with 35 Christian doctors
and dentists in our East Asia network. We reviewed the status of the COVID-19
pandemic in each country. The figures are really illuminating.
Taiwan has had a total of 7 deaths, Hong Kong 4 and
Mongolia 0. In China, Japan and South Korea the total deaths are much higher at
4,634, 874 and 269 respectively.
But even these latter numbers are tiny when considered on a
population basis. China has had 3 deaths per million people, Japan 7 and South
Korea 5.
By contrast the UK has had over 38,000 deaths – equivalent
to 566 for every million people. This is a hundred times the number of deaths
per million in South Korea and over 1,000 times that in Hong Kong.
For the US the equivalent
figures are 103,000 and 319. Again astronomical.
Overall, the US and Europe have been the worst in handling
this pandemic thus far. If we disregard those countries with tiny populations less
than 200,000 people (St Maartens, Andorra, San Marino, Isle of Man and Channel
Islands) the ten countries with the highest covid deaths per million population
are all European or North American.
Leading the list is Belgium with 816 death per million
followed by Spain (580), UK (566), Italy (551), France (441) and Sweden (435).
The next five are Netherlands (347), Ireland (335), USA (319) and Switzerland (222).
Following closely behind them are the rest of the Americas –
Ecuador (189), Canada (188), Peru (133) and Brazil (132).
It is now simply impossible to ignore the conclusion that
the Far East along with New Zealand and Australia - which have both had only 4
deaths per million population – have handled this crisis far, far better than
the Old World.
Furthermore, it has all to do with decisions that leaders in
these successful countries have made which those of unsuccessful countries have
not made.
What did the successful countries do?
First, they acted quickly, immediately closing their
borders, quarantining every suspected case and tracing and testing every
contact. They knew exactly how many cases they had in the country and where
they were. They identified case clusters and wrestled them to the ground.
Lockdown, along with handwashing and social distancing,
helped to limit the spread, but it was the early closing of borders, quarantine and
test and trace that contained the virus.
Hong Kong and Taiwan immediately closed their borders because
of their past experience with SARS. New Zealand and Australia rapidly followed
suit. By contrast official Home Office figures reveal
that at least 20,000 people infected with coronavirus entered the UK before
lockdown, but fewer than 300 were quarantined. These arrivals would have
infected some 50,000 more people given the World Health Organisation’s
assessment of an average transmission rate at the start of March of between 2
and 2.5.
Between 1 January and the end of March 18.1 million people
entered the UK without any health checks including from coronavirus hotspot
countries. Of these, just 273 were quarantined.
Subsequently 15,000 to 20,000 people a day returned to the UK
up to the end of April without being subject to the enforced quarantine that
had operated in successful countries virtually from day one.
China got quickly on top of their outbreak through a vigorous
programme of widespread testing followed by isolation of those affected,
backed up by travel restrictions. In Wuhan, where the pandemic started, more
than 1,800 teams of epidemiologists, with a minimum of 5 people/team, traced
tens of thousands of contacts a day. New Zealand similarly tracked down
every single case such that by 30 May there was only one active case left in the
country.
Compare this with the UK where testing was abandoned in early
March because the number of cases had overwhelmed our meagre testing facilities.
With a doubling time of three days the number of cases in the country is estimated
to have increased from 11,000 to 1.5 million in the 20 days between 3 and 23
March while the government dithered and talked about ‘herd immunity’ and handwashing.
Second, successful countries protected their vulnerable
populations. New Zealand’s total of 22 deaths occurred mainly in two care homes;
yes remarkably the disease got into only two care homes. By contrast on 12 May it
was reported
that more than 8,300 deaths in UK care homes had been linked to the virus since
the epidemic started.
We now know that this was because suspected cases in many UK
care homes were not even tested, staff were not supplied with PPE and hundreds
of people were discharged from hospitals into care homes taking the virus with
them. And so British care homes became incubators for COVID-19.
Third, successful countries employed sensible exit strategies.
Lockdown measures were not relaxed until the disease had been virtually eliminated
and test and trace techniques were sufficient to locate and isolate those few
cases which remained.
Again, by contrast, lockdown measures have been lifted when there
are still ten of thousands of active cases in European countries including the UK.
According to John Edmunds, a professor of infectious disease modelling at the
London School of Hygiene and Tropical Medicine, there are still 8,000
new infections every day in England without counting those in hospitals and
care homes.
Given that in many people the infection lasts for three
weeks (say 20 days) that would mean over 160,000 active cases in the UK at any
one time. In China the epidemic peaked at 3,000 cases a day (see p29 here)
so we are still over double the number of new cases per day at China’s peak in
a country with less than 5% of China’s population.
Worldwide the last three days (28, 29 and 30 May) have seen the
largest number of new cases since the pandemic began (116,000, 125,000 and 124,000
– see chart at top of this article).
Test and trace strategies worked in China and New Zealand with
hundreds of active cases – but the manpower and organisation required to make
them work with over 100,000 active cases in the UK are much higher and our test
and trace workforce is not even yet up and running.
Remember that the UK’s coronavirus cases went from 11,000 to
1.5 million in 20 days between 3 and 23 March this year. We are still at the
equivalent of 15 March even now. Understandably several advisors of the Sage
committee have expressed
concern that we are taking our foot off the brake too early and risking a
second spike in cases.
These concerns are amplified when we consider that recent
studies have shown that, although all those who have had the virus will
have antibodies to it, only 5%
of Spanish people and 7%
of UK people on recent studies have antibodies now.
In other words, 95% of the Spanish population and 93% of the
British population are still susceptible to coronavirus infection, at a time
when we still have no treatment and no vaccine.
And yet according to official figures there
have already been 38,000 deaths in the UK and 27,000 in Spain. If the whole population
of both countries were to be infected these figures could rise as much as 15 to
20 times. And as these figures only include those cases proven by test to have
the virus the real numbers could be considerably higher.
This has led Mark Woolhouse, a professor of infectious
disease epidemiology at the University of Edinburgh, to suggest
that intensive surveillance, large-scale screening, effective contact tracing,
isolation of cases, quarantine for international arrivals and some residual
physical distancing ‘is a possible new normal’.
It is perhaps easy to be wise in retrospect, but for many
countries in the developed world this crisis is far from over. Lockdown has flattened
the curve but prolonged the agony and we may only have witnessed the first act
of a very long play.
But the lessons are clear – the trajectory of COVID-19 in
any given country is largely a product of how that country handles it. Some
countries have done incredibly well – and others incredibly badly.
The important thing is that we learn the lessons for next time.
We can be thankful that COVID-19 is only moderately infectious and carries an
overall mortality rate of only about 1%. Imagine if it was as lethal as Ebola and
as easy to catch as chicken pox. Or perhaps try not to imagine.
